With the first component of
the International Space Station encapsulated in its nose fairing, a
180-foot long Russian Proton rocket was transported to its launch pad
at dawn today at the Baikonur Cosmodrome in Kazakstan in preparation
for liftoff Friday to begin assembly of the new complex.

With temperatures hovering
around 28 degrees Fahrenheit, the Proton and the Zarya Control Module
were delivered by rail car to its launch pad with everything on track
for launch Friday at 11:40 a.m. Baikonur time (1:40 a.m. EST, 12:40
a.m. CST, 6:40 a.m. GMT, 9:40 a.m. Moscow time). The Proton's rollout
to the launch pad occurred after Russian and American officials met
to give final approval for the launch, following a review of vehicle
and booster systems.

The early forecast for Friday
at Baikonur called for overcast skies and subfreezing temperatures,
no constraint to the launch of an unmanned Russian booster. The Proton's
three stages will be fueled with asymmetrical dimethylhydrazine and
nitrogen tetroxide about six hours before launch. American flight controllers
belonging to the Houston Support Group at the Russian Mission Control
Center outside of Moscow have joined a team of flight controllers from
the Khrunichev State Research and Production Space Center to keep tabs
on final preparations for the start of the multinational project.

Khrunichev built Zarya under
contract to prime contractor, Boeing, and will work in concert with
American flight controllers to monitor Zarya's systems during launch
and its early life on orbit. Another team of U.S. flight controllers
will operate out of the International Space Station Flight Control Room
at the Johnson Space Center in Houston to provide round-the-clock support for the lifetime of the International Space Station.

The Proton rocket weighs one
and a half million pounds fully fueled and generates more than 2 and
a half million pounds of thrust from its three stages during the 9 minute,
47 second-ride from launch pad to spacecraft separation.

Within seconds after the Zarya
is separated from the Proton's third stage, a pre-programmed sequence
of events will occur when the module's computers command the deployment
of critical antennas and the Zarya's solar arrays, providing the new
module with a wingspan of 80 feet for the generation of electricity.

Zarya's initial orbital altitude
will be about 220 by 115 statute miles. The altitude will be circularized
next week following a series of maneuvering system engine firings, placing
Zarya in the proper orbit for the arrival of the shuttle Endeavour almost
three weeks from now, carrying the Unity connecting module, or node.
Zarya will be grappled by Endeavour astronaut Nancy Currie through the
use of the shuttle's robot arm during the first assembly mission, STS-88,
and will be mated to Unity, setting the stage for three spacewalks by
Jerry Ross and Jim Newman to connect cables and install equipment for
future Station construction flights.

The next International Space Station status report will be issued Thursday on the eve of Zarya's launch.